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Biologist William Jackson collecting rats for study that were trapped on Enjebi Island, summer 1964
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| Title | Biologist William Jackson collecting rats for study that were trapped on Enjebi Island, summer 1964 |
| Photographer | Sneddon, James O. |
| Date | 1964 |
| Notes | Images documenting the Eniwetok-Bikini Resurvey Project between July and September 1964.
Caption with image: Roof rats, more than 25 generations removed from ancestors which survived the blast, heat and radiation of nearby thermonuclear blasts in the 1950's, were trapped in Engebi Island by William Jackson, professor of Biology at Bowling Green State University, Bowling Green, Ohio. The rats survived within what had been supposed to be an area of total destruction. It was surmised that they had done so by being in deep instrument bunkers or cable tunnels at the time of the explosion and resulting wave of water that surged over the island. Jackson, an expert on rats, found the animals normal. The species was Rattus rattus. In this photograph, trapped rats were laid out on a concrete slab on Engebi as Jackson put them in plastic bags. 9265-15A.
Radiological Survey of Bikini, Eniwetok and Rongelap Atolls, Volume 2, p.21. |
| Source | Radiological Survey of Bikini, Eniwetok and Rongelap Atolls |
| Album/Page | 4.21 |
| Subjects (LCTGM) | Rats--Marshall Islands--Enewetak Atoll
Scientists--Marshall Islands--Enewetak Atoll
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| Subjects (LCSH) | Jackson, William
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| Location Depicted | Marshall Islands - Enewetak Atoll |
| Digital Collection | Lauren R. Donaldson Collection
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| Order Number | DON0196 |
| Ordering Information | To order a reproduction, inquire about permissions, or for information about prices see: http://www.lib.washington.edu/specialcollections/services/reproduction-info Please cite the Order Number when ordering. |
| Repository | University of Washington Libraries. Special Collections Division. |
| Repository Collection | Lauren R. Donaldson Papers. Accession No. 2932-007, Box 23 |
| Object Type | Photograph |
| Digital Reproduction Information | Scanned from a photographic print using a Microtek ScanMaker 9800XL at 100-250 dpi in JPEG format, saved at compression rate 3 and resized to 768x600 ppi. 2007. |
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